A Fodder management system, method and apparatus for handling of forage crops is provided. The system is fully automatic and thus totally eliminate human intervention in any of the processes involved. The salient feature of the system being that at any point of time, if mechanical snag occurs, during the down time, the operator can opt for conventional methodology of fodder management without causing any interruption to the fodder management and forage crop dealing system. Thus, the system envisages in replacing of manual labour completely and is energy efficient, having the lowest energy rating and the energy consumption is immune to the scalability of the Robot. It also saves time and the cycle times can be increased or decreased by adjusting speeds and Saves on production costs. Further the risk associated with human involvement is also avoided.
